Top 5 Benefits of Prototyping your Printed Circuit Boards


Printed circuit boards have been used since the 1950s and they are now being used in almost every device that we use in our everyday life. When manufacturing these devices, one of the most important steps in PCB manufacturing is prototyping of PCBs. Prototyping is an integral part of any PCB production process because of its many benefits. Read on to see the many benefits of PCB prototyping.

Reduced Timeline

When creating a PCB design, engineers go through different processes before they develop the final product. Although this can take lots of time, PCB prototypes will speed up the design and PCB manufacturing process. PCB prototypes allow design teams to test their designs and detect problems accurately and quickly and will eliminate guesswork from the equation.

Without prototypes, spotting problems would take lots of time and result in longer time frames, lost money, and unhappy clients.  Prototype testing also allows you to see and test the PCB board before full production and this minimizes rework.

Design inspection.

When problems are discovered during the design in the prototype phases they will be more expensive. Nobody wants to spend significant amount of money to deal with problems after producing thousands of units. The best PCB manufacturer will scrutinize your PCB designs for any inconsistencies like stack up, part to part spacing, footprint not matching components, or impedance control adjustments. When problems are discovered during this phase, they will be brought to you for your input.

Accurate and Reliable Prototype

A reliable and accurate PCB prototype will make solving design problems easier throughout the development process. With quality PCB prototypes, you will have an actual representation of the functionality of the final product. This allows designers to see and test PCB design and functional testing to ensure that what works in theory also works in practice. Designers can check, update, and potentially reevaluate differences in value and functionality. Conditional testing can also be done to ensure that the PCB products can survive environmental conditions, for example, shock resistance, power variation testing, testing temperature variation testing, and many more.

Test the Components Individually

One of the benefits of prototype PCBs is when testing singular functions and components. Prototype PCBs can test single functions that are meant for incorporation into larger PCBs to ensure they are working as expected. This type of testing can come in handy in testing design theories and when breaking down complex designs where piece by piece testing is done to identify problems in a compartmentalized manner to ensure quick and more accurate adjustments.

Reduces Costs

Standard PCB production runs can be quite expensive and when you leave things to chance, you will increase the bill. Prototypes are crucial in lowering the production costs. This is because designers can avoid problems by catching design flaws early. When problems are caught later in the production process, they will be more expensive to fix. With a PCB prototype, you can also pin-point cost-saving areas for components and materials and determine any necessary product adjustments by testing out different components, assembly methods, and materials to find those that balance functionality and cost.

Testing prototypes is excellent way to detect issues before production of your required PCBs. This helps to minimize loses in the event that a problem arises. With prototypes, you are allowed to fail relatively early and inexpensively. True innovation can fail but when you build PCB prototypes, you can quickly eliminate designs that do not work and focus on those that are functional. The best PCB manufacturing company should offer testing and functional testing to help you test the functionality of your prototypes before you start mass production.